Automation

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We’re investing in automation to deliver tighter repeatability, faster lead times, and reliable capacity for customers in demanding sectors. Today, our shop runs a 32-pallet changer on the DMU 50 and a FANUC robot arm on the NLX 2000, both integrated with in-cycle probing and our internal digital tracking system for lot-level traceability. These systems enable extended lights-out machining, stable tool life management, and consistent part quality from the first-off to the last-off in a batch.

Looking ahead, our roadmap includes expanding palletized cells, adding more robot-tended stations, and tightening software integration (tool monitoring, SPC dashboards, automated job sequencing) to further increase OEE and shorten changeovers. The goal is a flexible manufacturing system where scheduled jobs, tooling, and inspection data move seamlessly—so we can scale output quickly, hold microns-level tolerances, and react to urgent orders without sacrificing quality.

Unattended throughput: queues up 32 jobs/fixtures for extended lights-out runs.
One-clamp strategy: multi-face machining in a single clamp reduces stack-up error.
Rapid changeovers: automatic pallet swaps cut non-cut time between parts/batches.
Dynamic scheduling: prioritize urgent pallets without re-teaching the machine.
Stable quality: consistent fixturing + in-cycle probing support micron-level repeatability.
Higher spindle utilization: more cutting time, less idle/handling time.

Automated loading/unloading: hands-off part exchange for steady cycle times.
Consistent clamping: repeatable chucking pressure improves diameter/runout control.
Buffering & kitting: trays/racks keep parts organized for continuous production.
Safer, cleaner workflow: reduces manual handling on sharp/finished surfaces.
Integrated process checks: trigger gauging/probing routines between cycles.
Scalable cell: add gripper sets or trays to run different sizes without long retooling.